Ford Racing M-9926-CJ65 65mm Cobra Jet Billet Throttle Body for 2007-20

Vehicle Fitment

• 2007-2014 Ford Mustang Shelby GT500 (supercharged 5.4L SC)
• 2011-2014 Ford Mustang GT 5.0L - only with Ford Racing Supercharger Kit or 5.0L Cobra Jet Intake Manifold

Features

• Dual 65 mm bore throttle body for increased airflow
• Billet-machined aluminum construction for strength and durability
• Polished finish with CNC-machined Ford Racing logo
• Comes fully assembled with throttle position sensor and actuator motor
• Uses OE-type gears to prevent binding and premature wear
• High-flow design improves throttle response and high-RPM power
• Tapered inlet for smooth airflow transition
• Engineered and tested for performance and reliability

Specifications

• Bore: 65 mm x 2 (dual-bore configuration)
• Flow Rating: ~1517 CFM at 28 in-H2O intake vacuum
• Material: CNC-machined billet aluminum
• Finish: Polished aluminum with engraved logo
• Electronics: Includes throttle position sensor and actuator motor pre-installed
• Mounting: Direct fit in factory location for specified vehicles
• Compliance: Intended for competition/off-road use; street use may violate emissions laws

Included Components

• 1x dual-bore 65 mm billet aluminum throttle body assembly (with TPS & actuator motor pre-installed)

Product Description

The Ford Racing M-9926-CJ65 throttle body is designed to enhance performance on Mustang Shelby GT500 and Mustang GT 5.0L builds. Its dual 65 mm billet construction significantly increases airflow capacity, improving throttle response, high-RPM breathing, and overall engine power. The polished finish and CNC-engraved logo offer a premium under-hood appearance.

This unit comes fully assembled with the throttle position sensor and actuator motor, making installation straightforward. It retains OEM-style gears to prevent binding and ensure smooth operation. Ideal for supercharged 5.0L GT builds or stock supercharged 5.4L GT500 engines, this throttle body is engineered for reliability in high-performance applications.